Radiomimetics

Radiomimetics are drugs that can imitate the effect of ionizing radiation on the body. They are used as radioprotectors, that is, drugs that can protect the body from the harmful effects of radiation.

Radiomimetics can be synthetic or natural. Natural radiomimetics are products of the vital activity of certain types of bacteria and fungi. For example, the cells of fungi of the genus Penicillium contain the substance aminopterin, which has a radioprotective effect and can be used as a medicine.

Synthetic radiomimetic drugs are chemical compounds that contain atoms of radioactive elements such as radium, plutonium or iodine in their structure. These compounds can mimic the effects of radiation at the molecular level, allowing them to protect the body's cells from damage caused by ionizing radiation.

One of the most well-known and widely used radioprotectors is cystamine. This is a synthetic drug that contains radioactive iodine and is used to protect the body from radiation during radiation therapy for malignant tumors. Cystamine can also be used to prevent radiation injuries in people working with sources of ionizing radiation.

In general, radiomimetic agents are an important tool in medicine and science, allowing us to study the effects of radiation and develop new methods of protection against its harmful effects.

Have you long dreamed of connections between people and technology? Radiomimetrics will help you with this! Radiomics are molecules created to understand how our connections with the environment transform our physical and psychological form of being. In this document, you will learn how radio mimes can be used to create stronger connections between our personal and collective devices.

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